- You serve as the energy champion for a large care facility in Calgary. AB. You recelved a $200,000 grant from the federal government to reduce the greenhouse gas footprint of the building. - The electricity you purchase from a local utiity has a greenhouse gas intensity of 820g co2e per kWh of electricity. You are charged $0.09/kWh for consumption and $4/k W. month for demand. - The natural gas you purchase has a greenhouse gas intensity of 56kg co2e per 0J. You are charged \$5/GJ for natural gas. An energy assessment was done on your hospital which identified the following enercy etficiency projects - ALED lighting project can reduce annual electric consumption by 800,000kWh and reduce peak demand by 46i. for a cost of $250,000. The lighting is expected to last 15 years. - A project to install variable speed drives on fans and pumps around the hospital can reduce annual electric consumption by 1,000,000kWh without reducing peak demand and save 1,0006J of natural gas ancually for $400,000. The variable speed drives and motors are expected to last 15 yearn. - A preject to upgrade bumers on the hospital bollers and install pipe insulation can reduce annual natural gas consumption by 5 .000 6.1 for $100.ooo. The bolier bumer controis are expected to last 15 years. In addition to these energy etficiency opportunitien, you received a quote to install solar paneis on the roof of your building - The cost of the solar panels is $5/W. - For every watt of solar installed, 2.6kWh of electricity can be generated annually and demand can be reduced by 0.6W. - The solar paneis are expected to last 30 yeark. Based on this, respond to the fallowing in a single. APA formatted, MS Word document: Question 1 . For each of the following, calculate the total project cost (don't forget to consider the grant), anmual cost sarings, simple payback period, greenhouse gas reduced and the cosk per lifetime kg reduced. Create a table to show your results. - Install 100kW solar panel - Instal all energy efficlency projects - Instali energy efficiency projects and a 30kW solar parel